Discussion: It would seem these small rocks that must be at least a meter in diameter
(meteors) to make it to the earth without burning up, and that we can find on the surface
on the average 0.128 kg to 0.256 kg can allow us to probe into some deep questions:
Does life evolve by a common process throughout the universe (We we see the meteors
are described by 6 proton-seconds and 6 protons is carbon, the core element of life on
earth)? Was Earth hit by a large meteor several miles across so the Dinosaurs would go
extinct giving way to mammalian, upright life with an opposable thumb to evolve into
existence? Or, are we a chance fluke? Or, does this happen on other planets evolving
throughout the universe quite often? Is there intelligent reptilian life throughout the
universe and if so how much would be reptilian and how much mammalian. If not, why
did the dinosaurs come into existence if whatever was responsible for life on earth was
to make our solar system such that an asteroid would bring about their extinction. Are
there intelligent life forms other than reptilian and mammalian throughout the universe,
or that is not based on carbon? As we shall see, while we cannot answer these
questions, we can however, develop further causes in asteroids/meteors/meteorites 02.
Interestingly t=t1=1 seconds are used in both equation 1 and equation 4 connecting
carbon the core element of life to the meteors.
Asteroids/Meteors/Meteorites 02"
If we can get down to this kind of accuracy for Venus orbit using earth size, the mass of the
sun, the lowest energy orbit in the Bohr atom (fine structure constant) through the lower limit of
a meteor to make it to earth surface (become a meteorite) for these small rocks in the asteroid
belt using proton-seconds like this, the proton-seconds might be useful for modeling the solar
system, which has so many complex unmanageable amounts of factors. In essence these
equations outline an approach. Might even be able to use the Schrödinger wave-equation with
these small rocks in the asteroid belt to determine the probability of asteroids being in the earth
region of space at a given time. "
We have the Schrödinger wave equation is
We must solve it for psi and find psi squared.. "
"
Which is "
"
Because psi is a complex function, so we must multiply it with its complex conjugate and take
the absolute value. To find psi for a region around the earth between the distance from the
earth to the moon all the way around the sun; Near earth objects (NEO’s) are classified by such
a region around the earth, would be very difficult to do for the meteors in the asteroid belt a
meter in diameter as used in my calculations considering them as very small quanta
comprising a cloud like electron clouds in an atom, compared to the size of planets, moons,
and asteroids. However there may be another avenue. We have a data estimate. "